NEOSTAR NEW! Condensers. www. 18 kw 1250 kw

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1 Condensers NEOSTAR 18 kw 12 kw Friga-Bohn reserves itself the right to make changes at any time without preliminary notice - Photos non-contractual www NEW!

2 The air cooled condenser units of the new NEOSTAR range are designed for refrigeration or air conditioning applications and outdoor installation. The 470 basic models cover a capacity range from 18 to 12 kw. NOMENCLATURE... PN (Power Normal) PE (Power Extra) PU (Power Ultra) SN (Silence Normal) SE (Silence Extra) SU (Silence Ultra) Number of poles D = delta coupling Y = star coupling P16 B3 P14 A2 Type of module Number of fans Fan arrangement : L : fans in line P : fans in parallel NEOSTAR DESCRIPTION... HIGH-TECH HEAT EXCHANGER The NEOSTAR air cooled condenser units are equipped with a high-performance, finned coil composed of profiled aluminium fins crimped onto ribbed copper tubes. For this latest generation of condensers, the new optimised fins have been specially designed to improve performance, efficiency and compactness of the units. Special coil coatings are available (Vinyl protection (option BAE), Blygold Polual XT protection (BXT)) offering greater corrosion resistance when used in aggressive atmospheres. VENTILATION The NEOSTAR air cooled condenser range is equipped as standard with 2 speed external rotor fans units (star or delta coupling). The Neostar Power line is equipped with the following motor fan units: - Ø 910 mm: 06P (D/Y)= 890/685 rpm, - Ø 800 mm: (heavy-duty motor): 06P (D/Y)= 910/730 rpm, - Ø 800 mm: 06P (D/Y)= 895/685 rpm. The Neostar Silence line is equipped with the following motor fan units Ø 800 mm: - 08P (D/Y)= 660/ 515 rpm, - 12P (D/Y)= 435/ 330 rpm, - 16P (D/Y)= 360/255 rpm. These motors are of the type 400V, three-phase, Hz, sealed, IP54, class F, compliant with standard EN and permanently lubricated. If the temperature exceeds 60 C, consult us. The motor fan units are wired as standard and factory connected as follows: - One electrical box for the models L (motors connected in series), - Two electrical boxes for the models P (motors connected in parallel). We are also able to deliver the units unwired upon request (option SCU). The protection guards are compliant with standard NF EN 294. In the case of an installation with horizontal air flow, the predominant wind direction must be taken into consideration in order to avoid the risk of propeller damage (propeller turning in the wrong direction during stoppage periods) or difficult motor start up at low speed. EC type of motor fan units (MEC) is also optional available and enables optimised operation of your installation. Fans units with special voltage ratings: - M60: Fan motor 400 V/3/60Hz, IP54, class F, in version 06P Ø800mm - M26: Fan motor 230 V/3/60Hz, IP54, class F, in version 06P Ø800mm - M25: Fan motor 230 V/3/Hz, IP54, class F, in version 06P and 12P Ø800mm CASING The casing is composed of galvanised sheet steel and pre-painted galvanized metal, colour grey RAL7035. The use of stainless steel screws guarantees excellent, long-lasting corrosion resistance (standard ISO 7253) and aesthetic quality. All components used have successfully passed the salt mist corrosion and Kesternich tests. The units are delivered screwed to a wooden base. Note : A wider selection of models is available on our software package in order to better meet your needs. 110 This NEOSTAR range is sub-divided into two product lines to better meet the needs expressed in the various application fields: The "Silence" line is perfectly adapted to city centre commercial applications and all other applications where quiet operation is a key factor. In compliance with Eurovent standards the noise level at 10 metres is as low as 19 db(a) per module! The Power line offers even more capacity. One unit can deliver up to 12 kw. An EC type motor fan option (MEC) is proposed for all these models in order to help reduce the energy impact of the user s installations. Indeed, use of this type of motor offers a very significant reduction in energy consumption for a given capacity. For this reason, the NEOSTAR range has been accorded the "E-Solution" label. Energy efficiency Reduced sound

3 OPTIONS... COILS MCI BXT BAE Fans M60 M25 M26 MTH IRP C2V SCU CASING RAL REH RE2 RE3 RE4 ECB Multi-circuits Blygold Polual XT protection of fins: Consult us. Vinyl protection of fins. Motor fan unit 400 V/3/60Hz (consult us), Motor fan unit 230 V/3/Hz (consult us), Motor fan unit 230 V/3/60Hz (consult us), Motors equipped with overload thermostat. Recommended when the system could start very frequently (more than 30 starts per hour) or when used with a speed controller. Main switch(es) per fan. Factory wiring of 2 speeds into a common junction box. Without factory wiring. To be indicated when ordering if the unwired condenser unit is required. Special colour. Legs extended by 240 mm (legs = 800 mm) Legs extended by 840 mm (legs = 1400 mm) Legs extended by 1340 mm (legs = 1900 mm) Legs extended by 1840 mm (legs = 2400 mm) Full crate. PROTECTION AND controls CMP RP1 RP2 RP3 MEC MSK Motor protection enclosure. CMP + condensing pressure control with fan cycling. CMP + condensing pressure control with speed variation (voltage). CMP + condensing pressure control with speed variation (frequency). Condensing pressure control with speed variation using electronic switching (EC) of motor. Floor mounting kit. Certifications E U R O V E N T CERTIFIED PERFORMANCE CERTIFY ALL EUROVENT : The performance published of our products are certified in conformity with european standards EN327. ISO 9001 : Our company is certified by LRQA to comply with quality standards ISO 9001 : RoHS - WEEE : Our products are compliant with regards to european guideline 2002/95/CE and 2002/96/CE concerning electric and enlectronic components.. CE : Our products are in conformity with european guidelines. GOST : Products in conformity with "GOST" agreement. PROTECTION AND controls CMP IP55 cabinet. Fault indication: One normally open contact (NO) and one normally closed contact (NC). A main switch One contactor per motor. Motor and supply packing glands. Wiring diagram. RP1 All components of the CMP cabinet. Pressure switches. One pressure sensor with Schrader connector and shielded cable. This cabinet is proposed as an optional extra fitted to the unit (floor support for those larger than 800 x 800) or supplied in kit form packaged separately. When delivered in kit form, the cable connecting the cabinet to the unit is provided by the installer. A support kit for floor mounting is available as an optional extra (MSK). RP2 All components of the CMP cabinet. A voltage speed controller. Protection of the speed controller with fuses. Cabinet ventilation. One pressure sensor with Schrader connector and shielded cable. This cabinet is proposed as an optional extra fitted to the unit (floor support for those larger than 800 x 800) or supplied not fitted and packaged separately. When delivered not fitted, the cable connecting the cabinet to the unit is provided by the installer. A support kit for floor mounting is available as an optional extra. Advantages: Price. Remarks: This cabinet cannot be ordered separately for later installation. This control mode may generate noise at low rotation speeds. If the noise level is a key factor, give preference to the RP3 control system. RP3 All components of the CMP cabinet. A frequency speed controller. Protection of the speed controller with fuses. Cabinet ventilation. One pressure sensor with Schrader connector and shielded cable. This cabinet is proposed as an optional extra fitted to the unit (floor support for those larger than 800 x 800) or supplied in kit form packaged separately. When delivered in kit form, the cable connecting the cabinet to the unit is provided by the installer. It is recommendable to use a shielded cable. A support kit for floor mounting is available as an optional extra. Advantages: Low slip and therefore no motor heating. Simple programming adaptable to all types of processes. Fast installation. Electronically commuted motors (EC)... MEC Electronically Commuted motors. IP 55 cabinet. This option is always proposed with the controller wired: - Motor power connections wired, - The 0 10V circuit wired (between motor and cabinet), - The motor fault indicator wired to the electrical enclosure. In addition to the standard elements proposed above, additional elements are also available (consult us): - Serial bus wiring of motors with addressing of the motor fan units, - Serial bus wiring of motors with addressing of the motor fan units and setting of max. speed parameter, - Setting of day/night operation parameters, - Emergency back-up operation possible. Advantages: Extremely low power consumption. Very low noise level. Long working life of motors (no friction). Rotation speed may be reduced to zero. Integrated motor protection. 111

4 R404A DT1 = 15K NEOSTAR POWER.. L L01 A1 L01 A1 PN 06D L01 A2 L01 A2 L01 A2 L01 B2 L01 B2 L01 B3 L01 D2 L01 B3 L01 D2 PN 06D L02 A1 L02 A1 L02 A1 Capacity (1) DT1 = 15K kw 40,9 43,4,2 52,1 55,5 60,5 65,1 68,5 71,5 74,0 77,5 78,4 81,7 86,8 88,4 Surface m Circuit volume dm Air flow m3/h Lp (2) db(a) Lw db(a) Fans Num. x Ø 1 X X X X X X X X X X X X X X X 910 Motors (3) W tot Energy efficiency class E E E E E E E E D D D E E E D Overall length mm Net weight kg L02 B1 PN 06D L02 A2 L02 A2 L02 A2 L02 D1 PN 06D L02 B2 L02 B2 L02 D1 L02 B2 L02 B3 L02 B3 L02 D2 L03 A2 L02 B4 Capacity (1) DT1 = 15K kw 95,3 100,3 104,2 111,0 112,6 115,1 121,1 121,2 130,3 137,0 148,1 154,9 156,3 156,5 166,5 Surface m Circuit volume dm Air flow m3/h Lp (2) db(a) Lw db(a) Fans Num. x Ø 2 X X X X X X X X X X X X X X X 910 Motors (3) W tot Energy efficiency class E E E E E D E E E E D D E D E Overall length mm Net weight kg PN 06D L03 B2 L02 D3 L03 B2 L03 B2 PN 06D L04 A2 L03 B3 L04 A2 L03 D2 L03 B3 PN 06D L04 B2 Capacity (1) DT1 = 15K kw 172,7 176,7 181,6 195,4 200,6 205,4 208,4 214,5 222,1 230,2 232,4 234,7 242,1 248,8 Surface m Circuit volume dm Air flow m3/h Lp (2) db(a) Lw db(a) Fans Num. x Ø 3 X X X X X X X X X X X X X X 910 Motors (3) W tot Energy efficiency class D D E E E E E D D D D D E E Overall length mm Net weight kg L04 B2 L03 D3 L05 A2 L04 D2 L04 B3 L05 B2 Capacity (1) DT1 = 15K kw 260,5 265,1 277,5 286,1 296,1 302,7 309,9 325,7 333,0 342,4 353,5 370,2 373,2 391,2 Surface m Circuit volume dm Air flow m3/h Lp (2) db(a) Lw db(a) Fans Num. x Ø 4 X X X X X X X X X X X X X X 910 Motors (3) W tot Energy efficiency class E D E D D E D E E E D D E D Overall length mm Net weight kg L04 D2 L05 B2 L06 A2 L05 B3 L03 D2 L04 D3 L03 B4 L05 B3 L04 B2 L06 A3 PN06D : 400 V/3/ Hz W max. - 4,30 A max (4) PE06D : 400 V/3/ Hz W max. - 5,17 A max (4) PU06D : 400 V/3/ Hz - 24 W max. - 5,20 A max (4) PN06Y : 400 V/3/ Hz W max. - 2, A max (4) PE06Y : 400 V/3/ Hz W max. - 2,80 A max (4) PU06Y : 400 V/3/ Hz W max. - 2,90 A max (4) (1) The capacities are given in kw for R404A refrigerant with DT1 = 15 K. They are equal to the capacities measured in accordance with the CEN EN 327 European draft. DT1 represents the difference between the entering air temperature and the condensing temperature considered as being equal to the pressure equivalent at the condenser inlet. (2) The sound pressure in db(a) measured at a line-of-sight to reflecting parallelepiped surface distance of 10 meters, is given as an indication only. Values measured under normal working conditions with a clean coil at nominal voltage. (3) Power required for all motors. (4) Setting of overbad protections. L01 D3 L03 A2 L04 A3 L05 B4 MCI BXT BAE M60 M25 M26 MTH IRP C2V SCU RE... ECB CMP RP1 RP2 RP3 MEC NEOSTAR... O O O O O O O O O O O O O O O O O Low-speed wiring (06Y): refer to our selection software. 112

5 R404A DT1 = 15K NEOSTAR POWER.. P PN 06D PN 06D PN 06D PN 06D P02 A1 P02 A1 P02 A1 P02 B1 P02 A2 P02 A2 P02 D1 P02 B2 P02 B2 P02 D1 P02 B2 P02 D2 P02 D2 P02 B3 P02 D2 P02 D3 Capacity (1) DT1 = 15K kw 78,4 81,7 86,8 95,3 100,3 104,2 112,6 115,1 121,1 121,2 130,3 134,7 143,0 148,1 154,9 162,6 Surface m Circuit volume dm Air flow m3/h Lp (2) db(a) Lw db(a) Fans Num. x Ø 2 X X X X X X X X X X X X X X X X 800 Motors (3) W tot Energy efficiency class E E E E E E E D E E E D D D D D Overall length mm Net weight kg PN 06D PN 06D PN 06D P02 D3 P04 A2 P04 A2 P04 A2 P04 B2 P04 B2 P06 B2 P04 A3 P04 B2 P04 B3 P04 B3 P04 D2 P04 B4 P06 A2 P04 D3 P06 B2 Capacity (1) DT1 = 15K kw 176,7 200,6 208,4 222,0 230,2 242,1 345,4 248,8 260,5 273,9 296,1 309,9 312,9 333,0 353,5 363,2 Surface m Circuit volume dm Air flow m3/h Lp (2) db(a) Lw db(a) Fans Num. x Ø 2 X X X X X X X X X X X X X X X X 800 Motors (3) W tot Energy efficiency class D E E E D E D E E E D D D E D E Overall length mm Net weight kg PN 06D PN 06D PN 06D P06 B2 P08 A2 P08 A2 P06 B3 P06 D2 P06 B4 P08 B2 P08 A3 P08 B2 P06 D3 P10 A2 P06 D4 P10 B2 P08 B3 P12 A2 P08 D2 Capacity (1) DT1 = 15K kw 390,8 401,3 416,7 444,2 464,8 469,4 484,3 497,6 521,1 530,2 555,0 567,2 575,6 592,3 601,9 619,7 Surface m Circuit volume dm Air flow m3/h Lp (2) db(a) Lw db(a) Fans Num. x Ø 6 X X X X X X X X X X X X X X X X 910 Motors (3) W tot Energy efficiency class E E E D D D E E E D E D D D E D Overall length mm Net weight kg PN 06D PN 06D PN 06D PN 06D P10 A3 P10 B2 P12 A2 P12 A3 P12 B2 P14 A2 P08 D3 P10 D2 P12 B2 P10 B3 P12 A3 P10 D2 P12 B2 P10 B4 P14 B2 Capacity (1) DT1 = 15K kw 622,0 651,3 666,0 678,0 690,7 702,2 706,9 715,1 726,4 740,3 746,4 774,7 781,6 782,3 805,8 817,5 Surface m Circuit volume dm Air flow m3/h Lp (2) db(a) Lw db(a) Fans Num. x Ø 10 X X X X X X X X X X X X X X X X 800 Motors (3) W tot Energy efficiency class E E E D D E D D E D E D E D D E Overall length mm Net weight kg P12 B3 P14 B2 P14 A3 P12 B3 P14 B2 P12 D2 P12 B4 P16 B2 P16 A3 P14 B3 P12 D3 P16 B3 P12 D4 P16 B3 Capacity (1) DT1 = 15K kw 821,7 847,4 870,8 888,4 911,9 929,6 8,8 968,5 995,2 1036,5 1060,4 1095,6 1134,4 1184,5 1251,7 Surface m Circuit volume dm Air flow m3/h Lp (2) db(a) Lw db(a) Fans Num. x Ø 12 X X X X X X X X X X X X X X X 910 Motors (3) W tot Energy efficiency class E E E D E D D E E D D E D D D Overall length mm Net weight kg PN06D : 400 V/3/ Hz W max. - 4,30 A max (4) PE06D : 400 V/3/ Hz W max. - 5,17 A max (4) PU06D : 400 V/3/ Hz - 24 W max. - 5,20 A max (4) PN06Y : 400 V/3/ Hz W max. - 2, A max (4) PE06Y : 400 V/3/ Hz W max. - 2,80 A max (4) PU06Y : 400 V/3/ Hz W max. - 2,90 A max (4 P14 A3 P16 B4 Low-speed wiring (06Y): refer to our selection software. 113

6 R404A DT1 = 15K NEOSTAR SILENCE - SN.. L L01 B1 L01 A1 L01 B1 L01 D1 L01 B2 Capacity (1) DT1 = 15K kw 33,5 33,7 38,5 39,3 40,2 41,7 46,9 47,7 52,7 55,2 58,7 60,7 67,1 67,4 Surface m Circuit volume dm Air flow m3/h Lp (2) db(a) Lw db(a) Fans Ø 800 Num Motors (3) W tot Energy efficiency class C D C B B C B C C B C B C D Overall length mm Net weight kg L02 A2 L02 B1 L02 B2 L02 A2 L03 A1 Capacity (1) DT1 = 15K kw 69,3 77,0 80,4 83,4 88,0,8 95,5 100,6 100,8 101,1 104,0 105,3 110,4 115,6 Surface m Circuit volume dm Air flow m3/h Lp (2) db(a) Lw db(a) Fans Ø 800 Num Motors (3) W tot Energy efficiency class C C B C C B C C B D C C B C Overall length mm Net weight kg L04 A1 L03 B2 L03 A2 L04 B1 L04 A1 Capacity (1) DT1 = 15K kw 117,3 120,6 125,2 134,1 134,8 138,7 140,7 143,2 146,7 154,1 160,8 166,9 173,4 Surface m Circuit volume dm Air flow m3/h Lp (2) db(a) Lw db(a) Fans Ø 800 Num Motors (3) W tot Energy efficiency class C B C C D C B C C C B C C Overall length mm Net weight kg L01 A2 L02 D2 L06 A1 L04 A3 L04 D2 L04 B2 L05 B2 L06 A2 L05 A2 L05 B3 L04 D2 L05 B2 L06 A2 L05 B3 L06 A3 Capacity (1) DT1 = 15K kw 176,0 182,4 187,6 190,9 200,9 208,0 208,6 213,9 220,7 238,6 2,3 263,3 273,6 Surface m Circuit volume dm Air flow m3/h Lp (2) db(a) Lw db(a) Fans Ø 800 Num Motors (3) W tot Energy efficiency class C C B C B C C B B C C C C Overall length mm Net weight kg L04 A2 L01 D2 L02 B2 L03 D2 SN08D : 400 V/3/ Hz W max. - 2,45 A max (4) SN08Y : 400 V/3/ Hz W max. - 1,21 A max (4) (1) The capacities are given in kw for R404A refrigerant with DT1 = 15 K. They are equal to the capacities measured in accordance with the CEN EN 327 European draft. DT1 represents the difference between the entering air temperature and the condensing temperature considered as being equal to the pressure equivalent at the condenser inlet. (2) The sound pressure in db(a) measured at a line-of-sight to reflecting parallelepiped surface distance of 10 meters, is given as an indication only. Values measured under normal working conditions with a clean coil at nominal voltage. (3) Power required for all motors. (4) Setting of overbad protections. L01 B2 L03 B1 L01 B3 L02 D3 L03 B2 L01 D2 L03 A1 L05 A1 L02 A1 L03 A2 L04 B1 L01 D3 L02 B3 L04 B2 L02 B1 L02 D2 L04 A2 L02 A1 L03 B1 L05 A2 MCI BXT BAE M60 M25 M26 MTH IRP C2V SCU RE... ECB CMP RP1 RP2 RP3 MEC NEOSTAR... O O O O O O O O O O O O O O O O O 114

7 R404A DT1 = 15K NEOSTAR SILENCE - SN.. P P02 A1 P02 B1 P02 A1 P02 B1 P02 D1 P02 A2 P02 D1 P02 D2 P02 B2 P02 D2 P04 A1 P02 D3 P04 A1 P04 A2 P04 B1 Capacity (1) DT1 = 15K kw 58,7 67,1 67,4 77,0 78,6 83,4 90,0,8 95,5 110,4 117,3 121,5 134,8 138,7 154,1 Surface m Circuit volume dm Air flow m3/h Lp (2) db(a) Lw db(a) Fans Ø 800 Num Motors (3) W tot Energy efficiency class C C D C B C C B C B C B D C C Overall length mm Net weight kg P04 B2 P04 A2 P06 A1 P04 A3 P04 D2 P04 B2 P06 B1 P06 A1 P06 A2 P04 B3 P04 D2 P06 B1 P08 A1 P06 B2 P06 A2 Capacity (1) DT1 = 15K kw 160,8 166,9 176,0 182,4 187,6 190,9 201,2 202,2 208,0 210,7 220,7 231,1 234,7 241,1 2,3 Surface m Circuit volume dm Air flow m3/h Lp (2) db(a) Lw db(a) Fans Ø 800 Num Motors (3) W tot Energy efficiency class B C C C B C C D C C B C C B C Overall length mm Net weight kg P08 B1 P08 A1 P06 A3 P08 A2 P06 D2 P10 A1 P06 D3 P08 B1 P06 B3 P08 B2 P08 A2 P10 B1 P10 A2 P12 A1 P08 A3 Capacity (1) DT1 = 15K kw 268,3 269,6 273,6 277,4 281,4 2,3 302,3 308,1 316,0 321,5 333,7 335,4 346,7 352,0 364,8 Surface m Circuit volume dm Air flow m3/h Lp (2) db(a) Lw db(a) Fans Ø 800 Num Motors (3) W tot Energy efficiency class C D C C B C B C C B C C C C C Overall length mm Net weight kg P08 D2 P08 B2 P10 B2 P12 A2 P10 A2 P12 A3 P08 D2 P10 A3 P10 B2 P12 B2 P12 A2 P12 B3 P10 B3 P16 B1 P12 A3 Capacity (1) DT1 = 15K kw 375,2 381,8 401,9 416,0 417,2 435,3 441,4 456,0 477,3 482,3 0,6 513,3 526,7 536,6 547,2 Surface m Circuit volume dm Air flow m3/h Lp (2) db(a) Lw db(a) Fans Ø 800 Num Motors (3) W tot Energy efficiency class B C B C C C B C C B C B C C C Overall length mm Net weight kg P14 B2 P12 B2 P14 A2 P14 B3 P16 B1 P12 B3 P16 B2 P14 B2 P16 B3 P16 A3 P14 B3 P16 B2 P16 B3 P16 B4 Capacity (1) DT1 = 15K kw 562,6 572,7 584,1 598,9 616,3 632,0 643,0 668,2 684,4 729,7 737,3 763,7 842,6 876,4 Surface m Circuit volume dm Air flow m3/h Lp (2) db(a) Lw db(a) Fans Ø 800 Num Motors (3) W tot Energy efficiency class B C C B C C B C B C C C C C Overall length mm Net weight kg SN08D : 400 V/3/ Hz W max. - 2,45 A max (4) SN08Y : 400 V/3/ Hz W max. - 1,21 A max (4) (1) The capacities are given in kw for R404A refrigerant with DT1 = 15 K. They are equal to the capacities measured in accordance with the CEN EN 327 European draft. DT1 represents the difference between the entering air temperature and the condensing temperature considered as being equal to the pressure equivalent at the condenser inlet. (2) The sound pressure in db(a) measured at a line-of-sight to reflecting parallelepiped surface distance of 10 meters, is given as an indication only. Values measured under normal working conditions with a clean coil at nominal voltage. (3) Power required for all motors. (4) Setting of overbad protections. MCI BXT BAE M60 M25 M26 MTH IRP C2V SCU RE... ECB CMP RP1 RP2 RP3 MEC NEOSTAR... O O O O O O O O O O O O O O O O O 115

8 R404A DT1 = 15K NEOSTAR SILENCE - SE.. L L01 A1 L01 A1 L01 B1 L01 B1 L01 B2 Capacity (1) DT1 = 15K kw 23,5 26,1 26,7 29,5 30,8 34,3 35,5 40,1 47,0 52,2 53,5 59,1 Surface m Circuit volume dm Air flow m3/h Lp (2) db(a) Lw db(a) Fans Ø 800 Num Motors (3) W tot Energy efficiency class A B A B A A A A A B A B Overall length mm Net weight kg L02 B2 L02 B2 L03 A1 L03 A1 Capacity (1) DT1 = 15K kw 61,6 69,8 70,4 78,3 80,1 80,2 84,9 88,6 91,5 92,4,9 Surface m Circuit volume dm Air flow m3/h Lp (2) db(a) Lw db(a) Fans Ø 800 Num Motors (3) W tot Energy efficiency class A B A B A A A B B A A Overall length mm Net weight kg L04 A1 L03 B2 L03 D2 L04 B1 Capacity (1) DT1 = 15K kw 104,4 104,7 106,6 107,0 117,4 118,2 120,2 122,0 123,3 130,6 133,7 Surface m Circuit volume dm Air flow m3/h Lp (2) db(a) Lw db(a) Fans Ø 800 Num Motors (3) W tot Energy efficiency class B B A A A B A B A B A Overall length mm Net weight kg L04 B2 L06 A1 L04 D2 L05 B1 Capacity (1) DT1 = 15K kw 139,6 140,9 142,1 147,7 152,5 154,1 156,7 160,1 160,3 174,5 183,0 Surface m Circuit volume dm Air flow m3/h Lp (2) db(a) Lw db(a) Fans Ø 800 Num Motors (3) W tot Energy efficiency class B A A B B A B A A B B Overall length mm Net weight kg L02 D2 L05 A1 L05 A2 L01 D1 L03 B1 L04 B1 L05 B2 SE12D : 400 V/3/ Hz W max. - 1,15 A max (4) SE16D : 400 V/3/ Hz W max. - 0,65 A max (4) (1) The capacities are given in kw for R404A refrigerant with DT1 = 15 K. They are equal to the capacities measured in accordance with the CEN EN 327 European draft. DT1 represents the difference between the entering air temperature and the condensing temperature considered as being equal to the pressure equivalent at the condenser inlet. (2) The sound pressure in db(a) measured at a line-of-sight to reflecting parallelepiped surface distance of 10 meters, is given as an indication only. Values measured under normal working conditions with a clean coil at nominal voltage. (3) Power required for all motors. (4) Setting of overbad protections. L01 D2 L02 D3 L03 D2 L06 A1 L01 D2 L02 A1 L03 B1 L04 A2 L06 A2 L02 A1 L03 A2 L04 B2 L04 D2 L02 B1 L03 B2 L05 A1 L05 B2 L02 B1 L04 A1 L05 B1 L06 A2 MCI BXT BAE M60 M25 M26 MTH IRP C2V SCU RE... ECB CMP RP1 RP2 RP3 MEC NEOSTAR... O O O O O O O O O O O O O O O O O 116

9 R404A DT1 = 15K NEOSTAR SILENCE - SE.. P P02 A1 P02 A1 P02 B1 P02 B1 P02 D1 P02 D1 P02 D2 P02 D2 P04 A1 P04 A1 P04 B1 P04 B1 P04 A2 P04 B2 Capacity (1) DT1 = 15K kw 47,0 52,2 53,5 59,1 61,5 68,5 71,1 80,1,9 104,4 107,0 118,2 122,0 123,3 Surface m Circuit volume dm Air flow m3/h Lp (2) db(a) Lw db(a) Fans Ø 800 Num Motors (3) W tot Energy efficiency class A B A B A A A A A B A B B A Overall length mm Net weight kg P04 B2 P06 A1 P04 D2 P06 A1 P04 D2 P06 B1 P06 B1 P06 A2 P06 D1 P08 A1 P08 A1 P06 B2 P06 D2 P08 B1 Capacity (1) DT1 = 15K kw 139,6 140,9 142,1 156,7 160,3 160,5 177,3 183,0 184,5 187,8 208,9 209,4 213,2 214,0 Surface m Circuit volume dm Air flow m3/h Lp (2) db(a) Lw db(a) Fans Ø 800 Num Motors (3) W tot Energy efficiency class B A A B A A B B A A B B A A Overall length mm Net weight kg P06 B3 P10 A1 P08 B1 P06 D2 P08 A2 P08 B2 P10 A1 P10 B1 P08 B2 P12 A1 P08 D2 P10 B1 P10 A2 Capacity (1) DT1 = 15K kw 222,1 234,8 236,3 240,4 244,0 246,5 261,1 267,5 279,2 281,8 284,3 295,4 305,0 Surface m Circuit volume dm Air flow m3/h Lp (2) db(a) Lw db(a) Fans Ø 800 Num Motors (3) W tot Energy efficiency class A A B A B A B A B A A B B Overall length mm Net weight kg P10 B2 P08 D2 P12 B1 P14 A1 P10 B2 P12 B1 P10 D2 P12 A2 P12 B2 P14 B1 P16 A1 P10 D2 P14 B1 Capacity (1) DT1 = 15K kw 308,2 320,5 321,0 328,7 349,0 354,5 355,4 366,0 369,8 374,5 375,7 400,6 413,6 Surface m Circuit volume dm Air flow m3/h Lp (2) db(a) Lw db(a) Fans Ø 800 Num Motors (3) W tot Energy efficiency class A A A A B B A B A A A A B Overall length mm Net weight kg P12 B2 P14 A2 P16 B1 P14 B2 P12 B3 P16 B1 P16 A2 P14 B2 P16 B2 P16 B3 P16 A3 P16 B2 P16 B3 Capacity (1) DT1 = 15K kw 418,8 427,0 428,0 431,4 444,2 472,7 488,1 488,6 4,0 9,1 512,8 558,4 592,3 Surface m Circuit volume dm Air flow m3/h Lp (2) db(a) Lw db(a) Fans Ø 800 Num Motors (3) W tot Energy efficiency class B B A A A B B B A A B B A Overall length mm Net weight kg SE12D : 400 V/3/ Hz W max. - 1,15 A max (4) SE16D : 400 V/3/ Hz W max. - 0,65 A max (4) (1) The capacities are given in kw for R404A refrigerant with DT1 = 15 K. They are equal to the capacities measured in accordance with the CEN EN 327 European draft. DT1 represents the difference between the entering air temperature and the condensing temperature considered as being equal to the pressure equivalent at the condenser inlet. (2) The sound pressure in db(a) measured at a line-of-sight to reflecting parallelepiped surface distance of 10 meters, is given as an indication only. Values measured under normal working conditions with a clean coil at nominal voltage. (3) Power required for all motors. (4) Setting of overbad protections. MCI BXT BAE M60 M25 M26 MTH IRP C2V SCU RE... ECB CMP RP1 RP2 RP3 MEC NEOSTAR... O O O O O O O O O O O O O O O O O 117

10 R404A DT1 = 15K NEOSTAR SILENCE - SU.. L L01 A1 L01 B1 L01 A1 L01 D1 Capacity (1) DT1 = 15K kw 17,9 20,5 22,7 23,6 25,7 25,8 29,7 30,3 35,8 41,1 Surface m Circuit volume dm Air flow m3/h Lp (2) db(a) Lw db(a) Fans Ø 800 Num Motors (3) W tot Energy efficiency class A A A A A A A A A A Overall length mm Net weight kg L02 A1 L02 D1 L02 B1 L02 D2 Capacity (1) DT1 = 15K kw 45,3 47,3 51,4 51,6 53,7 58,6 61,6 66,8 68,0 71,6 Surface m Circuit volume dm Air flow m3/h Lp (2) db(a) Lw db(a) Fans Ø 800 Num Motors (3) W tot Energy efficiency class A A A A A A A A A A Overall length mm Net weight kg L03 B1 L04 B1 L03 B2 Capacity (1) DT1 = 15K kw 77,1 82,1 87,9 89,5 90,6 94,6 96,2 102,6 102,8 Surface m Circuit volume dm Air flow m3/h Lp (2) db(a) Lw db(a) Fans Ø 800 Num Motors (3) W tot Energy efficiency class A A A A A A A A A Overall length mm Net weight kg L03 D3 L06 A1 L05 B2 Capacity (1) DT1 = 15K kw 105,9 107,5 111,3 113,3 117,2 127,2 135,3 146,5 152,6 Surface m Circuit volume dm Air flow m3/h Lp (2) db(a) Lw db(a) Fans Ø 800 Num Motors (3) W tot Energy efficiency class A A A A A A A A A Overall length mm Net weight kg L05 A1 L05 A1 L01 B1 L03 A1 L04 A1 L04 B2 SU12Y : 400 V/3/ Hz W max. - 0,48 A max (4) SU16Y : 400 V/3/ Hz W max. - 0,25 A max (4) (1) The capacities are given in kw for R404A refrigerant with DT1 = 15 K. They are equal to the capacities measured in accordance with the CEN EN 327 European draft. DT1 represents the difference between the entering air temperature and the condensing temperature considered as being equal to the pressure equivalent at the condenser inlet. (2) The sound pressure in db(a) measured at a line-of-sight to reflecting parallelepiped surface distance of 10 meters, is given as an indication only. Values measured under normal working conditions with a clean coil at nominal voltage. (3) Power required for all motors. (4) Setting of overbad protections. L01 D2 L02 B2 L04 D1 L05 A2 L01 D1 L03 B1 L01 B3 L03 B2 L05 A2 L04 D2 L02 A1 L03 A1 L05 B1 L05 B2 L02 B1 L04 A1 L04 B1 L06 A2 MCI BXT BAE M60 M25 M26 MTH IRP C2V SCU RE... ECB CMP RP1 RP2 RP3 MEC NEOSTAR... O O O O O O O O O O O O O O O O O 118

11 R404A DT1 = 15K NEOSTAR SILENCE - SU.. P P02 A1 P02 B1 P02 A1 P02 D1 P02 B1 P02 D2 Capacity (1) DT1 = 15K kw 35,8 41,1 45,3 47,3 51,4 51,6 59,5 67,7 71,6 82,1 89,1 90,6 94,6 102,8 Surface m Circuit volume dm Air flow m3/h Lp (2) db(a) Lw db(a) Fans Ø 800 Num Motors (3) W tot Energy efficiency class A A A A A A A A A A A A A A Overall length mm Net weight kg P04 D2 P06 A1 P06 A2 P04 B2 P04 B3 P04 D2 Capacity (1) DT1 = 15K kw 103,2 107,5 115,4 117,2 121,1 135,3 135,9 141,9 143,3 154,2 154,8 164,2 178,5 179,1 Surface m Circuit volume dm Air flow m3/h Lp (2) db(a) Lw db(a) Fans Ø 800 Num Motors (3) W tot Energy efficiency class A A A A A A A A A A A A A A Overall length mm Net weight kg P08 A1 P08 D1 P06 D2 P10 B1 P08 B1 P06 D3 Capacity (1) DT1 = 15K kw 181,2 189,2 203,0 205,3 205,6 211,8 214,9 222,7 226,5 230,9 234,4 246,3 2,7 257,1 Surface m Circuit volume dm Air flow m3/h Lp (2) db(a) Lw db(a) Fans Ø 800 Num Motors (3) W tot Energy efficiency class A A A A A A A A A A A A A A Overall length mm Net weight kg P12 B2 P12 A1 P16 A1 P14 B1 P10 B2 Capacity (1) DT1 = 15K kw 267,2 271,8 286,5 287,4 2,0 308,5 311,8 317,1 328,4 356,3 359,9 411,3 468,7 Surface m Circuit volume dm Air flow m3/h Lp (2) db(a) Lw db(a) Fans Ø 800 Num Motors (3) W tot Energy efficiency class A A A A A A A A A A A A A Overall length mm Net weight kg P12 B1 P02 D1 P06 A1 P12 A1 P14 B2 SU12Y : 400 V/3/ Hz W max. - 0,48 A max (4) SU16Y : 400 V/3/ Hz W max. - 0,25 A max (4) P02 D2 P06 D1 P10 B2 P04 A1 P08 A1 P10 A1 P14 A1 P04 B1 P06 B1 P12 A2 P16 B1 P04 B2 P06 D2 P08 B2 P16 B2 P04 A1 P08 B1 P12 B1 P14 B1 P04 D1 P06 D1 (1) The capacities are given in kw for R404A refrigerant with DT1 = 15 K. They are equal to the capacities measured in accordance with the CEN EN 327 European draft. DT1 represents the difference between the entering air temperature and the condensing temperature considered as being equal to the pressure equivalent at the condenser inlet. (2) The sound pressure in db(a) measured at a line-of-sight to reflecting parallelepiped surface distance of 10 meters, is given as an indication only. Values measured under normal working conditions with a clean coil at nominal voltage. (3) Power required for all motors. (4) Setting of overbad protections. P14 A1 P16 B1 P04 B1 P10 A1 P10 B1 P16 B2 MCI BXT BAE M60 M25 M26 MTH IRP C2V SCU RE... ECB CMP RP1 RP2 RP3 MEC NEOSTAR... O O O O O O O O O O O O O O O O O 119

12 DIMENSIONS... TYPE OF MODULE: A VERTICAL AIR FLOW L01 A... /... P02 A... Ø 16, Ø Ø L02 A... /... P04 A L03 A... /... P06 A L04 A... /... P08 A L05 A... /... P10 A L06 A... /... P12 A P14 A P16 A

13 DIMENSIONS... TYPE OF MODULE: A HORIZONTAL AIR FLOW... L P L01 A P02 A......P16 A L02 A......P04 A......P14-A L03 A......L06 A......P06 A......P12 A L04 A......L05 A......P08 A......P10 A

14 DIMENSIONS... TYPE OF MODULE: B VERTICAL AIR FLOW L01 B... /... P02 B... Ø 16, Ø Ø L02 B... /... P04 B L03 B... /... P06 B L04 B... /... P08 B L05 B... /... P10 B P12 B P14 B P16 B

15 DIMENSIONS... TYPE OF MODULE: B HORIZONTAL AIR FLOW... L P L01 B P02 B......P16 B L02 B......P04 B......P14 B L03 B......P06 B......P12 B L04 B......L05 B......P08 B......P10 B

16 DIMENSIONS... TYPE OF MODULE: D VERTICAL AIR FLOW Ø 16, Ø Ø L01 D... /... P02 D L02 D... /... P04 D L03 D... /... P06 D L04 D... /... P08 D P10 D P12 D

17 DIMENSIONS... TYPE OF MODULE: D HORIZONTAL AIR FLOW... L P L01 D......P02 D......P12 D L02 D......P04 D......P10 D L03 D......L04 D......P06 D......P08 D

18 126